Physics, asked by thelms2119, 1 year ago

Calculate the force on a current carrying conductor in a magnetic field write the fleming's left hand rule

Answers

Answered by sha888
1
they all are perpendicular to each other
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Answered by naz99
0

GOOD MORNING FRIEND

When we place a current carrying conductor in the magnetic field then it experience a force which can be measured by the Flemming's left hand rule which suggests that  keep your three finger - fore finger, thumb,middle finger such that the fore finger show the direction of magnetic field , middle finger show the direction of current than the thumb show the force acting on the current carrying conductor .It also have formula to find the magnetude of the force F=BILsin(theta)


where b is the magnetic field


l is the length of the conductor


I is the current


and keep your there finger perpendicular to each other


and it is applicable when the direction of current and magnetic field lines are perpendicular to each other


ALSO FOR UR  INFORMATION,


The force experienced by the current carrying conductors are placed in external magnetic field will be maximum when the conductor is placed such that the direction of current is in it perpendicular to the direction of the magnetic field.


HOPE THIS HELPZZ


NAZ:):)


THANK U



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